SHIVA JOSHI
*** ****** ****** **, *******, MI, **141 (832) 807 – 0075 *****.******@*****.***
mechanical Engineer
Design & Analysis Manufacturing Project Management
Adaptable engineer with experience in designing and developing products from concept phase to manufacturing. Utilized engineering techniques and project management skills in communication with clients and vendors to increase project efficiency and client satisfaction. Skilled in collaborating within teams and across departments. Instrumental in streamlining and improving processes, enhancing productivity, and implementing technology solutions. Technical proficiency in:
PRODUCT DESIGN & TESTING
FEA/ANSYS
MANUFACTURING
SOLIDWORKS
AUTOCAD
INVENTORY MANAGEMENT
CATIA V5
QUALITY CONTROL
MS OFFICE
Professional Experience
RUBICON OILFIELD INTERNATIONAL, Houston, TX 2016-2017
Mechanical Design Engineer
Designed and developed drilling enhancement tool and supported the life cycle from concept, design, fabrication, to testing and commercialization
Developing 3D CAD models using Solidworks and performed FEA on the models
Produced prototypes and conceptual models to be tested on flow loops, test jigs and oil rigs
Conducted Root Cause Analysis and developed FMEA for identifying causes of tool failure and suggested corrective plans to improve quality
Communicate with manufacturing teams and personnel to check manufacturability and cost of new products
Implement precision mechanical design, DFM, GD&T and issue working drawings for manufacturing
Utilized AutoCAD to convert designs, sketches, ideas and descriptions into technical drawings
Responsible for producing and maintaining manufacturing documentation including: Bill of Materials, engineering change order and shop routings using Global shop ERP system
Implemented 5S methodology in order to organize the workspace for efficiency and effectiveness
Used SPC tools and generated control charts to maintain tool standards
Performed QA/QC inspections of the finished parts using gauges and measuring tools and made sure they meet the requirements
Conducted special tests, analyzed technical data, and interpreted results in form of technical reports
Created assembly procedures and operation procedure manuals for the FRT product line
Created non-conforming products list and coordinated their cross-departmental approval process
Responsible for conducting design review meeting in order to discuss project requirements, progress and priorities
MISTRAS GROUP, Houston, TX 2015 – 2016
Mechanical Engineer
Developed finite element analysis (FEA) models using Solidworks/Simulation, to include linear stress analysis, creep damage modeling, and fatigue screening and analysis
Responsible for design, repair, and re-rate calculations, (Fitness for Service) FFS level 1, 2 and 3 evaluations per API 579 criteria, to include general corrosion, local thinning, brittle fracture, crack-like flaws
Provided pressure vessel technical expertise and design support and work with industry codes and standards such as ASME Section VIII BPV (Div. 1 and 2), API 510, API 650, ASME B31.1 and 31.3, etc
Utilized enterprise PDM to manage multiple projects and project data
Interpreted and documented FEA results and published advanced technical reports
BOREHOLE SEISMIC LLC, Houston, TX 2014 – 2015
Mechanical Engineer
Reverse engineered a downhole tool by generating concept design drawings, layouts, functional 3D modeling and assemblies, manufacturing drawings, and material specifications in SolidWorks/Pro-E as per GD&T
Involved in reading drawings, designing and detailing sheet metal components like steel brackets, metal housings, pipe clamps, cable guide etc
Designed rigid interconnectors between two seismic sensors for perfect indexing
Supported the sales teams with prototype and proposal drawings for quotations from vendors and other new business opportunities
Involved with reading and interpreting blueprints, technical drawings, schematics, and computer-generated reports
EVEREST BLOWER SYSTEMS, India 2012 – 2013
Mechanical Engineer
Performed designing, sizing and selection of rotating equipments like Vacuum Pumps, Roots Blowers, Vacuum Boosters, Screw pumps and Liquid Ring vacuum pumps according to the API standards
Designed proposed vacuum system to meet the customer’s requirements, calculating gas flows, pressure drops and heat load requirements
Interfaced with customers and field personnel, on the phone and in person, providing information on pricing, equipment operation, and trouble shooting
Designed skids using Solidworks and prepared P & IDs & General Assembly Drawings using AutoCad
Organized the exchange of 2D drawing to vendors to ensure utilization of latest design revision. Insure that 2D drawings and 3D CAD models requested by customer engineering comply with requirements
Assist in managing the process of product development and ensuring maximum product quality in compliance with market requirements and international standards
Supported in the ordering of components for inventory to ensure PO’s are accurate and qualities ordered satisfy the company’s needs
Performed internal audits, managed NCR process and maintained the Quality Management System in compliance with ISO 9001
projects
Injection Molding Analysis
Used Solidworks Plastics in order to predict and avoid manufacturing defects during earlier stages of part and mold design by eliminating costly rework, improving part quality and decrease time to market
Computational Analysis of Subsonic Flow over a NACA Airfoil in Fluent 14.5
Analyzed the flow of air over NACA 0012 Airfoil and studied the behavior of the airfoil in turbulent flow conditions
Education & Credentials
Master of Sciences in Mechanical Engineering, Cullen College of Engineering, Houston, TX, 2015, GPA: 3.3/4
Bachelor of Science in Mechanical Engineering, Lingaya’s University, Faridabad, India, 2013, GPA: 3.4/4
Six Sigma Green Belt Certification, Industrial Engineering Department, University of Houston, 2014
Subsea Engineering Certification, University of Houston, 2015
Diploma in Product Design and Analysis, India, 2013